International Journal |
| 1. Mina Alimohammadi and Ali Mokhtari, Simulation BeSe Nanowires in Two Phasese Zinc-Blende and Wurtzite using Density Functional Theory , Applied Mechanics and Materials 110, 1264-1269 |
| 2. Ali Mokhtari and Mohammad Alidosti, Ab initio investigation of the structural and electronic properties of the MgFBrxCl۱-x quaternary alloy , Modern Physics Letters B 28, 1450281-88 |
| 3. Vishtasb Soleimanian, marzieh Saeidi and Ali Mokhtari, The influence of heat treatment on the crystallite size, dislocation density, stacking faults probability and optical band gap of nanostructured cadmium sulfide films , Materials Science in Semiconductor Processing 30, 118-127 |
| 4. Vishtasb Soleimanian, marzieh Saeidi and Ali Mokhtari, The influence of heat treatment on the crystallite size, dislocation density, stacking faults probability and optical band gap of nanostructured cadmium sulfide films , |
| 5. Hamed Aleebrahim, kamram dastafkan Ahmad moshaei and Ali Mokhtari, Thermal post-annealing and gas concentration effect on liquid petroleum gas sensing characteristics of nanocrystalline zinc oxide thin films , J MATER. SCI.-MATER. ELEC.26, 3134-3142 |
| 6. Reyhaneh ebrahimi and Ali Mokhtari, Electronic, Structural, and Magnetic Properties of the Double Perovskite Ba۲MnMoO۶ in Different Phases Using Hubbard Model , J Supercond Nov Magn 29, 1339-1346 |
| 7. saba Khalili, Vishtasb Soleimanian and Ali Mokhtari,, Developing a method for the evaluation of dislocation parameters from the Rietveld refinement procedure , Powder Diffraction, 31, 198-204 |
| 8. T. Hashemifar, Ali Mokhtari and Vishtasb Soleimanian, (Electronic, Structural and Magnetic Properties of the Sr۲CoWO۶ Double Perovskite Using GGA (+U , Journal of Superconductivity and Novel Magnetism 30, 497-503 |
| 9. Ali Mokhtari, Vishtasb Soleimanian, Hamed Aleebrahim and kamram dastafkan, Applying the X-ray diffraction analysis for estimating the height and width of nanorods in low symmetry crystal multiphase materials , Journal of Crystal Growth, 478, 58-63 |
| 10. Hassan Ghasemi and Ali Mokhtari, Using the HgxMg(۱-x)Te ternary compound as a room temperature photodetector: Study of the electronic structure, charge transport, and response function of the energetic electromagnetic radiation , Chinese Physics B, 27, 531011-531017 |
| 11. Hassan Ghasemi and Ali Mokhtari, Vishtasb Soleimanian, Introduce of Zn x Hg(۱-x)Te as a room temperature photo-detector: ab initio calculations of the electronic structure and charge carrier transport , Materials Research Express 5 , 15910-1_15910-8 |
Research Journal |
| ١٢. طیبه السادات هاشمی فر و علی مختاری, بررسي خواص ساختاري، الکتروني و مغناطيسي پروسکايت مضاعف Sr۲NiWO۶ با استفاده از محاسبات ابتدا به ساکن , پژوهش سيستم هاي بس ذره اي، جلد 11، صفحات 82-75 |
| ١٣. ریحانه ابراهیمی و علی مختاری, شبيه سازي خواص فيزيکي ترکيب پروسکايت BaMnxMo۱-xO۳ با استفاده از نظريه تابعي چگالي و تصحيح هابارد , مجله پژوهش فيزيک ايران، جلد 18، صفحات 156-151 |
| ١٤. حسن قاسمی، علی مختاری، فریدون پیامی و ویشتاسب سلیمانیان, امکان سنجي استفاده از ترکيب سه تايي ZnxHg(۱-x)Te به عنوان طيف نماي تابشهاي هسته اي , مجله پژوهش فيزيک ايران، جلد 18، صفحات 162-150 |